Address the problem in 2 page max

Other pages fix the problem

APA Format

5 pages

Due by 10pm May 10

Each discussion paper should be based on an issue, case, statute, or dispute related to one of the topics in the syllabus (session 9 has two topics; the paper may focus on an issue related to either one). It should be based in part on the reading. It should show that you have followed up on the reading by reviewing some of the sources cited in the text relevant to your analysis. The paper should not be a summary of the chapter, but rather an analysis of one or two of the issues in the chapter. The best papers will include outside research. Please take full advantage of the electronic resources available to you through library.gmu.edu. Do not simply use Google or Bing or similar research tools; these are unlikely to find good academic material. Good choices for subjects for the discussion papers include the legal decisions appended to most of the chapters, a legal case described in the chapter, or another interesting issue raised in the chapter. Each paper should be at least 500 words long (not including footnotes) and no more than 1500 words (not including footnotes).

***Creative, well-researched, well-analyzed (that is, multiple subtopics with sound reasons presented) and persuasive. For example, the “A” product will need to include at least two Page 9 of 11 Spring 2019 HAP-312.002 Prof. Zane sources other than the Showalter textbook; you may find such sources by following Showalter’s footnotes or by doing additional research. I expect to read something that shows thought and analysis of the issue or issues you have chosen to write about. The paper should be well structured, with an introduction, a body, and a conclusion. An analysis of why you think a case presented in the text was correctly or incorrectly decided is an appropriate subject. The full text of the case itself — more than what was excerpted or presented in the text — counts as one source.

1.The final exam scores listed below are from one section of MATH 200. How many scores were within one standard deviation of the mean? How many scores were within two standard deviations of the mean?

99 34 86 57 73 85 91 93 46 96 88 79 68 85 89

2.The scores for math test #3 were normally distributed. If 15 students had a mean score of 74.8% and a standard deviation of 7.57, how many students scored above an 85%?

3.If you know the standard deviation, how do you find the variance?

4.To get the best deal on a stereo system, Louis called 8 out of 20 appliance stores in his neighborhood and asked for the cost of a specific model. Below is the sample data set of prices he collected:

$216 $135 $281 $189 $218 $193 $299 $235

Find the standard deviation.

5.The Company collected a sample of the salaries of its employees. There are 70 salary data points summarized in the frequency distribution below:

Salary	Number of Employees
5,001–10,000	8
10,001–15,000	12
15,001–20,000	20
20,001–25,000	17
25,001–30,000	13

1. Find the standard deviation.
2. Find the variance.

6. Calculate the mean and variance of the sample data set provided below. Show and explain your steps. Round to the nearest tenth.

14, 16, 7, 9, 11, 13, 8, 10

7.Create a frequency distribution table for the number of times a number was rolled on a die. (It may be helpful to print or write out all of the numbers so none are excluded.)

3, 5, 1, 6, 1, 2, 2, 6, 3, 4, 5, 1, 1, 3, 4, 2, 1, 6, 5, 3, 4, 2, 1, 3, 2, 4, 6, 5, 3, 1

8.Answer the following questions using the frequency distribution table you created in No. 7.

1. Which number(s) had the highest frequency?
2. How many times did a number of 4 or greater get thrown?
3. How many times was an odd number thrown?
4. How many times did a number greater than or equal to 2 and less than or equal to 5 get thrown?

9.The wait times (in seconds) for fast food service at two burger companies were recorded for quality assurance. Using the sample data below, find the following for each sample:

1. Range
2. Standard deviation
3. Variance

Lastly, compare the two sets of results.

Company	Wait times in seconds
Big Burger Company	105	67	78	120	175	115	120	59
The Cheesy Burger	133	124	200	79	101	147	118	125

10.What does it mean if a graph is normally distributed? What percent of values fall within 1, 2, and 3, standard deviations from the mean?

Analyze the two primary sources. Analyze in four categories(Historical context, Significance, Change over time and diversity).

Do not summarize, no outside research will be accepted

Total have 4 paragraph.

Reading: https://docs.google.com/document/d/1kB6-rJRcg6iAvH…